Projects within the framework of open4innovation
There are 381 results.
KI-SecAssist - AI-Based cooperative air and ground robotics for an optimised assistance service for emergency forces in crisis situations
The goal in KI-SecAssist is the development of autonomous assistance modules based on cooperative task management and various UAV and UGV systems with integrated multi-sensor payload.
KI-Secure
Artificial Intelligence for a multisensory solution to protect critical infrastructure autonomously
KIF
High-secure long-term cryptography for wireless communication using channel characteristics
KIIS - Artificial Intelligence in the Penal System
The aim of the KIIS project is to create an intelligent system that provides prison staff with the best possible support in their daily work. To this end, a multimodal approach is being pursued with increased use of anonymizing sensor technologies.
KRIOPT strategically relevant Infrastructure - action plans and courses of action for the safety of responsible institutions in the case of an EU-external-investment
The acquisition of controlling shares of strategically relevant Austrian companies by international investors from Non-EU countries or sovereign wealth funds may pose a risk to public order and security and the attractiveness of the business location. Concrete action plans and courses of action for the safety of responsible institutions in the case of an investment decision are worked out.
KRISAN
Development of an intelligent automated emergency call and query system for crisis situations.
KnowHow – Knowledge Management for the Diplomatic Service
The aim of the KnowHow project is to investigate how the application of modern machine learning techniques, semantic search and large language models (LLMs) could support an efficient knowledge management system for the Federal Ministry for European and International Affairs (BMEIA).
LEAL
Airborne detection and contextual analysis of dynamic situation reports in crisis scenarios
LINK – Analysis and nowcasting of extreme weather events based on microwave link data
Prediction improvement of extreme weather events by deriving precipitation values from microwave link data by methods of artificial intelligence.
LMK-MUSE
Development of a cloud-based simulation and operations research toolkit which is integrated in the control information systems for tactical planning support, optimized transhipment points and real-time schedules of relief shipments can be identified
LOBSTER
Location based service for analysing escaping crowds of people in crisis situations to support first responders
MALware cOmmunication in cRitical Infrastructures (MALORI)
Encryption in communications networks is a positive trend, which, however, implies risks whenever malicious software (malware) can misuse encryption to rapidly propagate and coordinate attacks. The project MALORI investigates possibilities of hidden communication in critical infrastructures as well as solutions for their detection and prevention.
MDL - Multimedia Documentation Lab
MDL’s primary goal was to make multimedia sources of information accessible to the Austrian Armed Forces
MEASURE - Monitoring Exercises using Ai-SUpport for Reliable Evaluation
The project focuses on the development of an intelligent tool to monitor and evaluate exercises in the context of fire and rescue services. Using a range of sensors and different data modelling technologies as well as artificial intelligence the tool aims to objectively measure the effectiveness of emergency forces in exercises. In this manner the tool provides a valid basis for the identification of possible improvement potential.
MEDIAS – Mediation as an Instrument of Dispute and Conflict Resolution: Application Practice and Effects
The study provides systematic and meaningful empirical data on the application practice, quality and effectiveness of out-of-court mediation according to the Austrian ZivMediatG. The study also analyzes the interrelationship between mediation and civil jurisdiction and investigates experiences with intra-court mediation, which is currently not legally anchored in Austria.
MEDLOK - Medical technology products and their localisation for needs-based use in crisis management
The research project MEDLOK deals with the scientific questions of a possible distribution of medical devices in crises or in the event of the failure of individual supply regions. With the help of a standardised data management platform and geographical information technologies, a MEDLOK system is to be created with which alternative courses of action can be simulated. These will be evaluated in a ‘proof of concept’ with the project and healthcare partners.
MERCURIUS - FMCG-Monitoring zur Sicherstellung einer resilienten Daseinsvorsorge der österreichischen Bevölkerung
MERCURIUS creates a concept for systemic risk and resilience monitoring that provides a holistic overview of the FMCG supply network at national and transnational level.
MINERVA: On-premise AI Assistant for Cybersecurity
The aim of this project is to develop an AI assistant tailored for cybersecurity analysts. By deploying and optimizing Large Language Models (LLMs) entirely on local infrastructure, the solution enables secure information retrieval from both structured (text-to-SQL) and unstructured data sources using Retrieval Augmented Generation (RAG). This approach ensures that organizations maintain sovereignty over their sensitive data while benefiting from advanced AI search capabilities. Analysts can efficiently process significant amounts of security information from multiple sources, without relying on external cloud providers.